Note: * Segregation Ratios Departed from the Mendelian Expectation at P<0.05

Supplemetal Table 1 Characterization of microsatellite markers genotyped in large yellow croaker mapping famil

Orginal Order / Linkage group / Locus / Type / Motif / Primer (5’-3’, forward) / Primer (5’-3’, reverse) / PCR Tm (℃) / PCR Product Length (bp) / References
1 / LG1 / LYC0503 / type I / (TG)6 / TCCATGTGTTCATACGGAATAA / GGCTCCTCACACACACACTC / 60 / 143-140
2 / LG1 / LYC0133* / type II / (AC)8 / CTCGGCATTGTTTAGCAC / GCAGGGTATGTCTGAGCAT / 55 / 102-116
3 / LG1 / LYC0486 / type I / (AT)8 / GCTGTCGAAGGAGTGACCTC / TTTGCTAGCATGGAAAATGAAA / 55 / 157-150
4 / LG1 / LYC0401 / type I / (AGA)9 / TCCGAGATGAAGTAAAGTC / ACTCCTTCGAGTCCATAA / 58 / 172-182 / Ye et al. (2010)
5 / LG1 / LYC0095 / type II / (CA)17 / TGTCACCACCACTCCTCT / AACCGCTTAGTGTTTCTG / 55 / 156-200
6 / LG1 / LYC0032 / type II / (CA)4(TG)3A(AC)3ATT(CA)2A(AC)5 / GGGAGAAGCAGCAGGACA / GAAACAAGAGCACTGAGAGCC / 50 / 190-194
7 / LG1 / LYC0418 / type I / (GAT)9 / CAAACCCCCTTTTCCTTTTT / TTTGCCATTACAGACACACAGA / 55 / 262-290
8 / LG1 / LYC0069 / type II / (GA)9 / GAGGAGGAAGGAGTGGG / ACGCTAACTGAACAAGGTG / 54 / 146-150
9 / LG1 / LYC0445 / type I / (T)10 / CAAACACCGTCCTCCTGATT / TTGCCGATCACCAAAACATA / 55 / 156-186
10 / LG1 / LYC0010 / type II / (TG)19 / GTCTCAGCTGACTCCTGCTTC / ATGGCTCTAAACATGGTAGG / 55 / 206-228
11 / LG1 / LYC0005 / type II / (TG)22 / CATGGCTCTAAACATGGTAGG / CTCAGCTGACTCCTGCTTCT / TD60-50 / 204-228 / Guo et al.(2005)
12 / LG1 / LYC0410 / type I / (CA)8 / CCACCGCTCGGGTTTATT / TCTGGGTATGCTCGCCTC / 48 / 136-145 / Ye et al. (2010)
13 / LG1 / LYC0258a / type II / (TG)12 / CTTCATTTCCTGCCTGTC / GTCCGACTGCTGAGACAC / 55 / 200-210
14 / LG1 / LYC0233 / type II / (CA)15 / GCTGTCGCTGCAAATGAG / TGGAAGCAAAGGGAAACT / 53 / 195-218
15 / LG1 / LYC0193 / type II / (AC)5 / CAACGACCTTTGACCACC / GGACGACCGAGGGTTTAG / 58 / 190-220
16 / LG1 / LYC0409 / type I / (AC)16 / CCTGGTTCTTCACCTCTG / GATTTCTGCGTCTGTGGC / 48 / 202-214 / Ye et al. (2010)
17 / LG1 / LYC0457 / type I / (TCC)6 / ACATGGATTCGCTGAAAACC / TAATGCCCTGACCAATGACA / 55 / 114-108
18 / LG1 / LYC0247 / type II / (AC)5 / CTTCAGTCTTCAGGGAGG / CAGACGGATGTTGTTGCT / 55 / 192-214
19 / LG2 / LYC0022 / type II / (GT)11 / AGAGATAACGTAGACATGATTG / CAGCAAAAGTTCAAAATGGAG / TD60-50 / 198-224
20 / LG2 / LYC0484 / type I / (A)14 / TCTTATGAGGCGTTCTGTTCC / CAGAAGTATCCTGGAATGATTGA / 60 / 142-138
21 / LG2 / LYC0446 / type I / (GA)6 / CCTGTTGTGTTCTGGCTTTG / ACCGCGTATGTATCTCGACC / TD65-60 / 159-161
22 / LG2 / LYC0030 / type II / (AG)13 / GAGACGAGGAGAGGCAGAAG / CACCATGGTAGAAAGAGCACAG / 60 / 174-189
23 / LG2 / LYC0204 / type II / (CA)14 / GCTATGAGTAATGGCTGGAA / AGGAAAGGCAATGGAAAT / 52 / 230-258
24 / LG2 / LYC0459 / type I / (A)10 / ATGCAGGACATGCAAAACAG / CAAAGACGCAAAGCTGTGTA / 55 / 143-136
25 / LG2 / LYC0502 / type I / (CA)6 / TCAAGTGGGTGCCCTTTAAT / TATGGCTGCCAAATGCATAG / 55 / 162-166
26 / LG2 / LYC0223 / type II / (CA)15 / CACGGTGACTGCGAGAAC / CATGGGTGAATTGCCTCA / TD60-50 / 200-280
27 / LG2 / LYC0476 / type I / (TTAT)5…(TG)6 / GATCAAGATGCTGCCCAACT / CATGCAGTGCCAGTAAAGGA / 60 / 129-136
28 / LG2 / LYC0180 / type II / (AC)15 / ACACCCAGAACACCACTC / CCCAGTTTCGCAATACAC / 55 / 268-282
29 / LG2 / LYC0184 / type II / (CA)6 / AATGTCACCTCCTCCAAT / AAATCCCGTGAAATACTG / 55 / 208-214
30 / LG2 / LYC0428 / type I / (AAC)7 / GGgACGATGACACTtGGTCT / ACACGAGAGCGACACACTTG / 60 / 222-230
31 / LG2 / LYC0026 / type II / (AC)37 / CATATGTTCCAGTTGTTCTG / CCATTGTTACAGTGAAGGAC / TD60-50 / 211-235
32 / LG2 / LYC0092 / type II / (TG)5 / GCAGATGACTACGGAAGG / ACAAGCACATGGCTGAAA / 55 / 190-194
33 / LG2 / LYC0246 / type II / (CA)14 / CCCAGCACTCTGCCAATC / CGCCTATCGCTACATCTTC / 60 / 130-172
34 / LG2 / LYC0020 / type II / (GT)14 / GCCAAACATGGAGCCTTATG / GACTATCATCAACTGAAACAAC / TD60-50 / 142-150
35 / LG3 / LYC0089 / type II / (CA)35 / TTGCTAGAACATATTCCGTTTG / GGAGCCAAATGGGAGTGT / 55 / 284-310
36 / LG3 / LYC0185 / type II / (AC)5 / AATCCTTGGAGTTCCCTT / CAAATGGTGCATAAATCAG / 55 / 140-152
37 / LG3 / LYC0498 / type I / (A)10 / AGCCATTGATGGCGTTAAAA / GCCGGGATGGTAAGAGTTTC / 55 / 231-220
38 / LG3 / LYC0177 / type II / (AC)15…(AC)6 / CTGATGTCTTTGGTGGTT / AAATGACAGGGAAATCAC / 53 / 330-370
39 / LG3 / LYC0060 / type II / (GT)15 / CTGTAACCCACGGCAACT / GGGCTCAGGGATAATGTA / 55 / 210-240
40 / LG3 / LYC0451 / type I / (GT)12 / GACACTAGCTGCTGATGCCA / GAGTCAGAAGGCTGGAATGC / 60 / 250-280
41 / LG3 / LYC0493 / type I / (GT)8 / GCACAGCAGATCAAACCAAA / TTTAACACGTGAGAGCGTGC / 55 / 131-128
42 / LG3 / LYC0492 / type I / (A)10…(TG)6c(GT)7 / GGATTTATTCAGGCTCAAGCA / CATTTTGAGGCTGTTGCAGA / 55 / 139-134
43 / LG3 / LYC0232 / type II / (TG)20 / AACAACCTCCATGACTGC / AACCGCCTGAATAAATAC / 53 / 109-150
44 / LG4 / LYC0244 / type II / (TG)7 / TCTGACCGCAGGAGAAAT / AATGTTTGAAGCAGGAGC / 53 / 240-256
45 / LG4 / LYC0419* / type I / (GTT)7 / CTCTTCCTTTCCTGTCGGTG / TTTGATCATCAGAAAAGTGCTG / 60 / 131-151
46 / LG4 / LYC0470 / type I / (GAG)6 / TTTGTGTGGACTTTGCAACC / TCCGTGTTCAAACTTCCTCC / 55 / 151-147
47 / LG4 / LYC0475 / type I / (C)10 / CCCTCCACTGGTTGACTCTC / CCTTGTTGTCAGGGTCCAGT / 60 / 152-148
48 / LG4 / LYC0172 / type II / (TG)7 / AATCAGCACTTTGGGACA / CTGTCAGACTGTGGTGGC / 55 / 120-138
49 / LG4 / LYC0146* / type II / (TG)10 / GAACAGGCCGATCAATCA / GGCTTTGCCAAGAACTAA / 51 / 130-143
50 / LG4 / LYC0009* / type II / (GT)10TTA(TG)4 / GTCAATCACGTCTGTCTCTGC / TCAGCCATTGTCTGTGAGGT / 60 / 90-100
51 / LG4 / LYC0080 / type II / (CA)12 / AGCACTCTGAGCCCACC / CTGAGCGACAGCGTGT / 50 / 225-234
52 / LG4 / LYC0076a / type II / (AC)5...(TG)11 / AGCAAGACAGCAGCAGAA / TACGGAGTGTTTATGAGCAG / 55 / 116-120
53 / LG4 / LYC0129 / type II / (TG)8…(GT)22 / TGATGGTGAATGGCTGGTC / CACGCACAGGCAAGACAA / 55 / 104-108
54 / LG4 / LYC0079 / type II / (GA)8...(CA)8 …(TG)29 / CACAGATCCTAAAGCCTACT / AATGACTGATTCGTCCTTG / 57 / 182-191
55 / LG4 / LYC0167* / type II / (TG)12 / GGTTTCCTCCTCTATGTCT / GTTCCCTGAATTTGCTTG / 53 / 182-214
56 / LG4 / LYC0245 / type II / (AC)13 / AGGTTTCTAAGAGCCCACA / CGGCGAAGTGGAACATAGGG / 60 / 128-144
57 / LG4 / LYC0501 / type I / (T)10 / CCGTCCACGCTGTGTAGTAA / CAAATGGAAAGGCACACAGA / 55 / 210-185
58 / LG4 / LYC0013 / type II / (GT)28 / GCTGCGAGCTACTTTACTCAT / AACTCACAAACATGCAC / 50 / 138-152
59 / LG4 / LYC0422 / type I / (A)18 / CATGCTGAGGGAGGAGAGAG / TACACACCCACAAGCAAAGC / 60 / 170-180
60 / LG4 / LYC0403 / type I / (GA)15 / GATGCTGGTGGTATTGGG / TGGGCAATTACGGAGAAT / 50 / 178-204 / Ye et al. (2010)
61 / LG4 / LYC0455 / type I / (A)10…(T)11 / GAAAATTGATGTGCAGGCAA / TATCATTGTATCCGGGCTGG / 55 / 154-157
62 / LG4 / LYC0499* / type I / (A)12 / ACGAGAGGAACAGCTGCATT / TGACCTGCTTTGTCCTGAGA / 60 / 184-187
63 / LG4 / LYC0165* / type II / (GT)8 / TAACGCATGAGCTACAGT / TCCAGTTTACACGGCTTT / 53 / 162-170
64 / LG4 / LYC0225 / type II / (TG)11 / AAGAAAACAAATACGGCATG / AGCGCAGTGTTGTTGTAATT / 51 / 200-220
65 / LG4 / LYC0027 / type II / (AC)6 / CACCCAATAATATCGCCATA / GCACACACAATCATCATCATT / 50 / 265-281
66 / LG5 / LYC0221 / type II / (CA)13 / AGACACGGAGATGATTGA / TCAGCCTGTATTTCCTTT / 55 / 240-280
67 / LG5 / LYC0211 / type II / (GT)15 / ATTTACGCTCGCAACAAC / GTGCTCCTGAACACCTTT / 55 / 120-150
68 / LG5 / LYC0067 / type II / (TG)15 / TTTACGCTCGCAACAAC / TGCTCCTGAACACCTTT / 53 / 120-188
69 / LG5 / LYC0124 / type II / (TG)18…(TG)17 / TTCCTCTTCCTCGCTGAT / TCCATCCAGTCGGTCTTT / 55 / 110-149
70 / LG5 / KPC43* / type II / (TG)12 / GCAAAGTTTTGACTACCGAC / CAGTAACCTCAGGAAGACCC / 60 / 132-155 / An et al. (2005)
71 / LG5 / LYC0251 / type II / (GT)13 / CCCAGATGGAGAACACGC / ACAAAGCAATACACGGAAT / 53 / 200-222
72 / LG5 / LYC0098 / type II / (CT)7 / TCCGTCGCTGAAAGGTGT / AGCCCGTTCGCTCATCTC / 55 / 200-204
73 / LG5 / LYC0433 / type I / (GT)6 / GGGGAAGTACAGACCGAACA / CATGTGCAAGGAGAGTTTGG / 55 / 176-190
74 / LG5 / LYC0458 / type I / (T)10 / TGGTCTTCAAGCCAAAATCC / GGTCTTGACAATCCCGTGTT / 55 / 183-197
75 / LG5 / LYC0166 / type II / (CA)10 / AACTCCCAGGTTTCTCAT / GCTGAGGTGAGCCTAAAA / 53 / 210-221
76 / LG5 / LYC0480 / type I / (T)11 / TCATCACAGTAAACGCTCGC / TGGTGACATCGCAGATTTGT / 60 / 110-115
77 / LG5 / LYC0173* / type II / (CA)12 / TGGCTTGTCTGATCCGACTG / AAGGCTGCGGTCAGTTGG / 60 / 189-194
78 / LG5 / LYC0134 / type II / (CA)22 / CGGGAAATGTCATTAGCA / GAGCGAAATTGAAAGTAG / 50 / 122-190
79 / LG5 / LYC0449* / type I / (T)10 / GCGGTTCCATTTCTCCTTTT / AACCTGGGTGATTGGACAAC / 55 / 180-187
80 / LG5 / LYC0426* / type I / (CA)12 / CACTGAAAGAGGAAGGGCAG / GGACAGTCCCCAAGCAGTAG / 60 / 118-152
81 / LG5 / LYC0497* / type I / (T)10 / CTACAGCGCATCAAGCTCAC / GCTGGACCAGTGTTAAGAAGC / 60 / 293-238
82 / LG5 / LYC0147* / type II / (TG)11 / AACACTCGCTGCTTATTT / GACAGCGTTGTTTAGTTG / 50 / 140-162
83 / LG5 / LYC0137* / type II / (TG)9 / CGGGTAGAGGTGAGTTTC / CACAGCGTCCCAACTTAT / 55 / 112-152
84 / LG5 / LYC0196* / type II / (GT)35 / GACCTGCAATATCAAAGC / GGAGAAGGAGGCGAAG / 57 / 254-290
85 / LG5 / LYC0228 / type II / (TG)25 / ATCTGCCAAATCCCACTT / GGTCCTCGTTCTCGTAGC / 53 / 183-200
86 / LG5 / LYC0096* / type II / (TG)15 / CGATGTGGAGGTGTAATA / AGGAGGGTTGGAATGTAA / 55 / 330-370
87 / LG6 / HD175 / type II / (TG)19 / GGTATCATTCCTCCACTTT / CACTCATCTCCAGCACAA / 55 / 224-236 / Chang et al.(2008)
88 / LG6 / LYC0259 / type II / (AC)13 / CCCTGAATGGATGAATGT / TGTTGTCGCTGTGGTAAT / 50 / 259-267
89 / LG6 / LYC0417 / type I / (TGA)5 / CGAGGAGGAAGACGAGATGA / GATGAAGAGTTCAGCCGCTC / 60 / 195-206
90 / LG6 / LYC0122 / type II / (AC)10 / TTCGGAGGAAGGAAGTGC / CCGTGGTGATTTGAGGGA / 60 / 190-194
91 / LG6 / LYC0100 / type II / ( TG )34 / TTCTCATCAGCCTCCATC / AAGGTCGTCGTCTTCTCC / 60 / 234-244
92 / LG6 / LYC0238 / type II / (GAA)6 / GCGAGGTCATGCAAGTAT / GAAGACGCTAATGGTGGT / 55 / 124-127
93 / LG6 / LYC0237 / type II / (GT)9 / TCCTGAGCGATAACATTC / ACCTCGCATGTCTTGATG / 53 / 231-247
94 / LG6 / LYC0136 / type II / (TATC)5…(TCTG)9 / TGAGCGAGATAGGAGTTT / TATCCAGCCTATCATTCT / 50 / 190-208
95 / LG6 / LYC0489 / type I / (AAAC)5 / ACTGACAGAAAACCGCCAAG / TCCGGTTTAGTCTGCGCTAT / 60 / 175-172
96 / LG6 / LYC0082 / type II / (TG)19 / GCAACAACCCTCCTCTGA / AGCGAGTCCAGCCACTAA / 55 / 154-184
97 / LG6 / LYC0441 / type I / (GT)7 / CCATTTTGAGTGACAGCGTG / GTCATCGGTTAGGCAGGGTA / 55 / 202-226
98 / LG6 / LYC0254 / type II / (GT)12 / AAACTCAAGGACGGCTCA / TGAAACCGATCTCCAACC / 55 / 133-149
99 / LG6 / KPC131 / type II / (AC)12 / GCAGTAGCCAGATCTCCATT / ACATCAAACAGGTCATAGCG / 60 / 180-186 / An et al. (2005)
100 / LG6 / LYC0011 / type II / (TG)11 / CTTTTATTGGCTCCGTATGA / CACTCACACTAGCACGCAC / TD60-50 / 90-110
101 / LG6 / LYC0210 / type II / (AC)8 / CACCTCAGACCCTCATTT / CTACATTATTGCACCGTTTA / 55 / 156-162
102 / LG6 / LYC0201 / type II / (AC)14 / CACCTCAGACCCTCATTT / CTACATTATTGCACCGTTTA / 55 / 154-162
103 / LG6 / LYC0230 / type II / (CA)17 / GCTGAGTGGCAGTTGATA / ATTTGTTACGATGGCTTG / 53 / 236-263
104 / LG6 / LYC0099 / type II / (CA)20 / TCCTGAGCGATGAGCATG / TCCCGAGGGTTAGGTATG / 60 / 158-192
105 / LG6 / LYC0408 / type I / (CA)8 / GCCAGGTCCAGACTTTCA / GCATGTCAAGCACGCACA / 51 / 166-180 / Ye et al. (2010)
106 / LG6 / LYC0224 / type II / (AC)15 / CTATACTTTCGCTGAACAC / GGCTGAGGCTGGAGATTA / 55 / 155-170
107 / LG7 / LYC0093* / type II / (AC)12 / TTGGGCTCATCCTATTTG / TTTCCCTTAGACCCTTTT / 55 / 256-274
108 / LG7 / LYC0035 / type II / (GA)7 / TCAAAGGCAACATACAACAG / ACCCAAAGGAGTTTTTTTTC / 50 / 94-96
109 / LG7 / LYC0144 / type II / (TG)28 / TGTCGGGTTGACAGTTTA / TCACTGAATCTCGCCTCT / 55 / 230-282
110 / LG7 / LYC0450 / type I / (GTT)9 / ACCCCAAAACATCCACTTCA / ATTCAAGCATTCAAGGAGCG / 55 / 240-246
111 / LG7 / LYC0195 / type II / (GT)6 / GAGGTCCACGAGGATTGA / TCCACTAACGCTTTGTCT / 55 / 216-219
112 / LG7 / LYC0194 / type II / (GAG)6 / CCACTTTGGGAAATGTAA / ACCTCTGGCACCTTTATC / 53 / 187-190
113 / LG7 / LYC0215a / type II / (GT)19 / TTCCTGCTAATAATGAATGG / GAGCGATAAAGTCGGTTA / 55 / 250-268
114 / LG7 / LYC0187 / type II / (AC)16(CA)14 / TGGGCGTTAGATTCATTG / TTCTTCACCGACCGACAT / 60 / 306-330
115 / LG7 / LYC0241 / type II / (TG)13 / AACTTTGAACAAGAAGCGGTAG / TGTCGCCATGCCAACCAC / 60 / 93-105
116 / LG7 / LYC0229 / type II / (TG)12(GTGTGA)7..(GTGA)14(GT)10 / TGACGGACGAAGAGCAGA / CAGCGACATCGTGTCCTAA / 55 / 250-274
117 / LG7 / LYC0216 / type II / (GT)25 / GTATGACAGCCCAAGGTC / CTCCCTCTTTCTCCTTTATC / 53 / 170-204
118 / LG7 / KPC9 / type II / (AC)20 / CAAAAACCAAAACTACGACC / CGTTGAAAACTCGCTTGTT / 60 / 156-166 / An et al. (2005)
119 / LG7 / LYC0157 / type II / (AG)8 / GATTGGCAACAGATGAAG / GTCTACCGCTTCTTGTTC / 53 / 158-161
120 / LG7 / LYC0077 / type II / (CA)12 / AGTCCTGAGCGACTACAT / AAACACCTACACCGAGA / 50 / 166-174
121 / LG7 / LYC0155 / type II / (AG)8 / GATTGGCAACAGATGAAG / GTCTACCGCTTCTTGTTC / 53 / 158-162
122 / LG7 / LYC0153 / type II / (GA)8 / TCATCGTTTCTGGGTGGA / GCCAGGCACTTCAGGTAA / 55 / 180-184
123 / LG7 / LYC0402 / type I / (AC)7…(AT)7 / GGAACTCACCGCCAACAT / GCACTCAGAGGGATTATTT / 50 / 146-148 / Ye et al. (2010)
124 / LG8 / LYC0014* / type II / (CA)10CCTAG(AC)5 / TGAGTGTCATTGTCTTGTTG / GTGGATCTATTTCTGTGTCT / 50 / 104-112
125 / LG8 / LYC0002 / type II / (TG)2(AC)2TC(AC)10CTAG(AC)5 / ACCTCCAGTGGGATGTGA / GGCTGTTTGTTATAATTTGTG / 50 / 90-110
126 / LG8 / LYC0258b / type II / (GT)19 / TTCCTGCTAATAATGAATGG / GAGCGATAAAGTCGGTTA / 55 / 216-238
127 / LG8 / KPC45* / type II / (TG)2TA(TG)10 / CAGTGACAGGGGTGTGTATG / GGCACGGTATGTAAGTGGTA / 60 / 268-285 / An et al. (2005)
128 / LG8 / LYC0209* / type II / (CA)10 / AGAAGCCACCAAAGCAAG / CACGGTGACTAAGCAGTATTTT / 55 / 258-280
129 / LG8 / LYC0253* / type II / (CA)12 / CGTTACCGAACAGTAGTCCA / ACACCACAAGACCGAGGC / 60 / 238-260
130 / LG8 / LYC0487 / type I / (TTG)6 / ACCTCCTCGTCTCCTCGTCT / TGCAGCAAAGTGTTCTGGTC / 60 / 264-250
131 / LG8 / LYC0243* / type II / (CA)14 / GGGATGTTACTGATGCTC / TGCGTGGACATTAAGAGT / 53 / 153-161
132 / LG8 / LYC0248 / type II / (TG)16 / AAACGACCACTGAAGGAG / TTGGTCCTCATAAGGATAGA / 55 / 149-151
133 / LG8 / LYC0174 / type II / (AC)12(CA)10 / GAAGGACGAGAAGCAGAA / TCACATTGAACTTTACCG / TD55-50 / 242-252
134 / LG8 / LYC0405 / type I / (TG)21 / TCTTTGGCTCTGCTCTGA / AACCGATGACCTCTTGTAGTGT / 58 / 151-175 / Ye et al. (2010)
135 / LG8 / LYC0142 / type II / (CA)19 / AGCCCTGACCACATCCTC / AGCCCATCATGCTCAAGTA / 60 / 221-275
136 / LG8 / LYC0006 / type II / (AC)18 / GGTCAACAGGTCAGCAGTTA / GCATCTCTCCTTCAAGTCAC / TD60-50 / 116-120
137 / LG8 / LYC0192 / type II / (GATA)21 / ACAGGAGCAATTACCATG / CGAAGGGACAGATACAGG / 55 / 264-280
138 / LG8 / LYC0442 / type I / (ACATT)7 / GATAAATCTGGCACGGAGGA / TGTTTCGAGAATGCTTCCCT / TD60-50 / 240-250
139 / LG8 / KPC50 / type II / (CA)15 / CAGCAGGTAAACATGACACA / GCTGCAGATCAGAAGGAGAT / 60 / 103-116 / An et al. (2005)
140 / LG8 / LYC0466 / type I / (A)10 / AAGAAAGGAATGGGACAGCA / CAGGGTTTGACAAGGTGCTT / 55 / 231-225
141 / LG9 / LYC0425 / type I / (GT)11 / AGAGCTCCAAGTGGGACTGA / CAGTGGAACAGAGGCAGACA / 55 / 136-151
142 / LG9 / LYC0004 / type II / (TG)11 / CTCTTAGCCGTCATTCATCC / CATTTAGCCAAGTTCACTTCC / 55 / 94-100
143 / LG9 / KPC10 / type II / (AC)16 / ACTTCCAGCCGTTACACA / TCAGACGCTCTATTTTGAGG / 60 / 129-190 / An et al. (2005)
144 / LG9 / LYC0208 / type II / (CA)5A(CA)5 / TTTCTCATTCTTTCCCTC / ATTACCCACAATCCTCTT / 53 / 168-215
145 / LG9 / LYC0203 / type II / (CA)5…(CA)5 / TTTCTCATTCTTTCCCTC / ATTACCCACAATCCTCTT / 53 / 166-214
146 / LG9 / LYC0179 / type II / (GT)10 / ATTCCCGTTACGAGCAGC / TAACTGACAGCCTATGGA / 53 / 180-186
147 / LG9 / LYC0429 / type I / (T)17 / GCTGAGAGATCACGGTCACA / GATGACGATGAAGACTGGCA / 60 / 210-220
148 / LG9 / LYC0496 / type I / (TGA)6C(GAT)6 / TCCTTCTCTGTCCTCCCCTT / CAGTGCTTCTGAACGCAAAA / 55 / 213-190
149 / LG9 / LYC0454 / type I / (AC)16 / GGAGTCACAGGCTGGAAGAG / CATGAGACAGGTTAGAGAGCGA / 60 / 172-210
150 / LG9 / LYC0472 / type I / (A)10 / CCTGAGGTGGGTGTCACTTT / ATGCCAGGCGTACTCCTTTA / 60 / 141-139
151 / LG9 / LYC0504 / type I / (GA)8 / GGGAAACGTGTGAACGAAGT / GCAAAGATGGAAAGGCTGAC / 55 / 144-139
152 / LG9 / LYC0250 / type II / (AC)17 / TCCCTCGTCCTCATCTTT / ATCGGAGGTAATAAGCAGA / 53 / 105-120
153 / LG9 / LYC0500 / type I / (A)10 / TGAGCTTTGTGATGTTTGTGC / CGGCTGCTATGAGAAGATCC / 60 / 107-101
154 / LG9 / LYC0412 / type I / (TC)9 / ACATAACAAAGCTGAGGA / GAGAAGTGAAGGGAAAAT / 52 / 182-194 / Ye et al. (2010)
155 / LG9 / LYC0234 / type II / (CA)13 / GATTAGCTGCGGAAACCC / TGCTCGCTCACTTTCTCC / 60 / 180-190
156 / LG9 / LYC0206 / type II / (AC)12 / TGTTTCGGTTAGCGTTGC / TCGTCAAAGAGTGGAGGG / 57 / 186-200
157 / LG10 / LYC0490* / type I / (TG)8 / GAGGAGCATGTGGGCTATGT / AAAACGACCGGAGATCACAC / 55 / 105-107
158 / LG10 / LYC0464 / type I / (ACC)7 / CTTTGAGATAAACCGGTGCC / AGAGCAGCTCCACACCATCT / 60 / 213-209
159 / LG10 / LYC0456* / type I / (G)13 / TGACACGGACTTAAGGAATGC / TCACACAAACGAATTTCCGA / 55 / 191-168
160 / LG10 / KPC90 / type II / (AC)8 … (AC)6 … (AC)4AT(AC)6 / AAAGCGTTAAACGTGTTGG / TGGTAAAGAAGCAGCATCCT / 60 / 213-220 / An et al. (2005)
161 / LG10 / LYC0176 / type II / (AC)13 / GCATCCACCGTTTGACTT / CAGATTGTTTCAGCCTAC / 53 / 118-136
162 / LG10 / LYC0083 / type II / (TG)11 / TTCCTCGTTCTGATCCTC / CTGTACGGATTTAAGAAGG / 57 / 149-264
163 / LG10 / LYC0084 / type II / (CA)16 / TCACCTGGAGGCAGAAGT / GTGTTTGTTAGAGCGTCAT / 55 / 182-208
164 / LG10 / LYC0076b / type II / (AC)5...(TG)11 / AGCAAGACAGCAGCAGAA / TACGGAGTGTTTATGAGCAG / 55 / 314-332
165 / LG10 / LYC0474 / type I / (GT)6 / CAAAGCACCTGTGGCTACCT / GGGTTTGACACCCTGAAAGA / TD60-50 / 142-162
166 / LG10 / LYC0068 / type II / (CA)5 CC (CA)16 / CACCTGGAGGCAGAAGT / TGTTTGTTAGAGCGTCAT / 54 / 182-210
167 / LG10 / LYC0169 / type II / (CA)16 / TCACCTGGAGGCAGAAGT / GTGTTTGTTAGAGCGTCAT / 57 / 180-208
168 / LG10 / LYC0132 / type II / (CA)7 / GTTCTCGTTGGTGGAGCG / ATCCAGCCACGGCAGTTT / 55 / 240-265
169 / LG10 / LYC0087 / type II / (TG)12 / CCCGGCTTTGATTTATTT / GTGCTTGCCCAGGTATGA / 55 / 312-324
170 / LG10 / LYC0181 / type II / (TG)12 / CCCGGCTTTGATTTATTT / GTGCTTGCCCAGGTATGA / 50 / 370-430
171 / LG11 / LYC0088 / type II / (AAG)20 / TAAGTAGTACCTGAAGGCAACA / GCAGGAAATAATGGAGGC / 60 / 132-160
172 / LG11 / LYC0008 / type II / (GT)11 / GAAACAATAGCTCGCTCCTG / GACTCTGCCAGCACATTAGTG / 55 / 124-126
173 / LG11 / LYC0460 / type I / (T)13 / TTCCATCAGTTGCCATACGA / GAAACCGCTCTCAAAAATGG / 50 / 206-212
174 / LG11 / LYC0482* / type I / (A)10 / GGCAGTTAGATACAACGTGGG / CTGTTCGAGGTTGCAAACAA / 55 / 188-182
175 / LG11 / LYC0467 / type I / (AT)8 / AACCACTCATCAAAGGTCGC / TCTGACTGTTCAGTGAGTTTGGA / 53 / 109-114
176 / LG11 / LYC0015 / type II / (AC)7 / ACAGTCTAAAGCTGCCAGCA / TGAGACCAACCACATTTCTGT / 55 / 106-112
177 / LG11 / LYC0143 / type II / (TG)5 / GCAGATGACTACGGAAGG / ACAAGCACATGGCTGAAA / 55 / 190-194
178 / LG11 / LYC0128 / type II / (CA)9(AC)8 / CCTGAGCGAACTAGACAA / ATGAGGGTGAAGTA / 55 / 134-197
179 / LG11 / LYC0125 / type II / (CA)34 / CCTGGAAGTATAAATAACCC / GAGAAATGGAACGGAGAC / 55 / 175-250
180 / LG11 / LYC0436 / type I / (CA)17 / CCGCTGAGAGGAAACACAGT / CGCCGACACACTGAATACAA / 60 / 150-180
181 / LG11 / LYC0432* / type I / (CA)12 / CCGCTGAGAGGAAACACAGT / ACGCCGACACACTGAAATC / 60 / 151-182
182 / LG11 / HD143 / type II / (GT)33 / AATATGTGGAAGTGGGTG / TGAAACTGGCTATGAAGG / 59 / 114-160 / Chang et al.(2008)
183 / LG12 / LYC0152 / type II / (TG)7 / GCCTGATGTGGATGCTTT / TCCGCTCAAATAAACATAAC / 53 / 201-227
184 / LG12 / LYC0141 / type II / (GT)29 / TGTAGGCTAACACTTCACA / CTTGACGCCATATCTCAT / 51 / 160-180
185 / LG12 / LYC0047 / type II / (AC)22 / TGTAAGCAAACCTGGAGTC / CATGGCTGATAAGAAACC / 55 / 240-305
186 / LG12 / LYC0435 / type I / (AC)6 / TGACACAGAACAGAGCAGGG / TCATGGATATGAAGAAACGGTG / 55 / 102-120
187 / LG12 / LYC0078 / type II / (TG)10 / AGTGAACCTGGAGGAATC / GTCTTTAGTCGGAAATGTG / 57 / 178-191
188 / LG12 / LYC0214 / type II / (CA)11 / GTTCAGGCAAGACAGGAT / TGTGGAGACAGGGTTAGG / 55 / 152-164
189 / LG12 / LYC0200 / type II / (AC)16 / GAGATGAGGGATAAGTGC / ATAGTTCCCATTAGGATACA / 55 / 198-232
190 / LG12 / LYC0156 / type II / (AC)33…(AC)7 / CATTTCCAGCCTCCATCT / CTCGCTCTGAACCAACAT / 55 / 160-178
191 / LG12 / LYC0075 / type II / (AC)32 / TCCCATTCTTTGTGCGTCTT / GAGCGATGTGCTGTCAGAGGT / 60 / 152-180
192 / LG12 / LYC0488 / type I / (A)11 / GCCAACACTCATGCAGCTAA / GTTTTGTTGTGACACCGTCG / 60 / 160-156
193 / LG12 / HD125 / type II / (CA)15CG(CA)3 / TCAGCAGGCAAGGTACACAC / TATGCAGTGCAGCTCTTTCC / 55 / 130-160 / Chang et al.(2008)
194 / LG13 / LYC0257 / type II / (TG)8 / ATCAGGTCGGATTTATGC / ATTTGAGACTGCCCTTTA / 51 / 132-136
195 / LG13 / LYC0249 / type II / (TG)12 / AGTCCTGAGCGACCACAT / GAAGCCCTCCTACCAAAA / 55 / 219-227
196 / LG13 / LYC0160 / type II / (TG)10 / ATAACACCGCAACCAAGA / CTGAGCGATGCACATTTT / 53 / 124-141
197 / LG13 / KPC86 / type II / (CA)23AA(CA)17 / TTGTGGTATGACGAGGTAGG / GAAAGTGTTGAGGGTTGGTC / 60 / 176-218 / An et al. (2005)
198 / LG13 / LYC0127 / type II / (CA)13 / GAGCGAGGACCAATCTTA / ACTCGGGAGTCTGCTAT / 55 / 166-194
199 / LG13 / LYC0119* / type II / (AC)11 / CTGCGTGTTTGACATTCC / GCGTGACTCTGGAGGATT / 55 / 182-230
200 / LG14 / LYC0256 / type II / (AC)12…(AC)7…(AC)7 / CCACAGCAGAGCCCAGAT / GTGTCAGCCTTTGTTCAT / 55 / 250-256
201 / LG14 / LYC0448 / type I / (GT)6 / CGATGGTCGCGATATAGTCA / ACCTGTGAGTGGTCAAAGCA / TD65-60 / 220-240
202 / LG14 / LYC0219 / type II / (CA)13 / TGAGCCATTTCTCCAAGC / GAGCGACAGCATGGACAAG / 55 / 188-260
203 / LG14 / LYC0478 / type I / (GA)8 / GCACCTTCCTTAAGCAGCAA / GTACCGCCACATGTTGAGAA / 60 / 120-127
204 / LG14 / LYC0242 / type II / (CA)16 / CATCTGCCCATTCAACAA / CAGCACATTACCCAACAT / 53 / 170-185
205 / LG15 / LYC0202 / type II / (TG)17 / CCTGGCAGTCCTTGAGTC / CCTCTATGTCCTCCACCC / 60 / 225-230
206 / LG15 / LYC0505 / type I / (A)12 / CCTAGGCACCATGCATAACA / GATCCCCATTATCGTCCCTT / 55 / 223-230
207 / LG15 / LYC0186 / type II / (AC)5(CA)15 / CACCACCCATCCACTTCT / CACCTCAGGCTTATGTCTA / 57 / 230-240
208 / LG15 / LYC0506 / type I / (T)11 / TGCCTCAGTGAAAGATGTCG / TGTTTCAAAGAATGGTTTGTCTG / 55 / 174-177
209 / LG15 / LYC0036 / type II / (CA)9 / GCATTCATGGATTAGACTGC / GGGTGAGTGTCGGAAGTTC / 50 / 220-230
210 / LG15 / LYC0120 / type II / (GT)8…(TG)7 / CCGCCGTATGAACAGAAA / CACAGCGAACAGACCACC / 55 / 181-210
211 / LG15 / LYC0468 / type I / (AGC)5 / GCTCTGCGAGTCAGACACAG / ATTACGGCCGGGTCTTCTT / 53 / 247-255
212 / LG15 / LYC0149 / type II / (AC)19 / ATGTGGGCTACAGGATTA / CTGCCTGAAATGATGTTG / 53 / 105-131
213 / LG15 / LYC0183 / type II / (TG)12 / GAGCGAGTCATAAAGGAG / AATATCTACCAGCAATGTG / 53 / 144-158
214 / LG16 / LYC0416 / type I / (ATC)10 / GGAAATGTTGGATAAATG / TTAGTGACTTGCGATTGT / 49 / 154-188 / Ye et al. (2010)
215 / LG16 / LYC0485* / type I / (T)10 / GGTCAGACCCTGGACAGAAA / CTTTTGCTGGTTTGTTCGGT / 60 / 124-122
216 / LG16 / LYC0139 / type II / (GT)14 / TGAGTCAGGGAGAACAGA / GCACTCGGATTATGTTTAG / 55 / 203-230
217 / LG16 / LYC0145* / type II / (AC)16 / CAGGCTCAGGGACCACAT / ACGGCACAATCGTGGAGA / 60 / 102-160
218 / LG16 / LYC0434 / type I / (AGA)5 / TTCCTGAAAGCTCTCCTCCA / CTTCTCCTGAGCCAATCTCG / 60 / 230-240
219 / LG16 / LYC0481 / type I / (A)10 / GGAAAGGTTTGGGAGTGACA / GTTCATGCTTGGTCACAGGA / 60 / 115-113
220 / LG16 / LYC0212 / type II / (TCTT)9 / TAGGTCTCGCTGAGGATT / TTCCGTCAACAGCAGTAA / 55 / 269-280
221 / LG16 / LYC0215b / type II / (GT)19 / TTCCTGCTAATAATGAATGG / GAGCGATAAAGTCGGTTA / 55 / 216-238
222 / LG17 / LYC0415 / type I / (ACAT)5 / TGACAAGTTTACAGCAGA / TCCCCAGTAGATGAGATT / 53 / 126-168 / Ye et al. (2010)
223 / LG17 / LYC0420 / type I / (AC)12 / AGAGCGAGGCTTAGGACACA / GAGGGACGATGGACAGTGTT / 60 / 156-182
224 / LG17 / LYC0121 / type II / (GT)7(TG)13 / AGAAACTATCTGCTCCACG / ACTCAACCAGAGGCTCAA / 55 / 164-192
225 / LG17 / LYC0453 / type I / (T)18 / GTGCTGAACGCAACTACCAA / ATGAAGGCAGAGAAACGGAA / 55 / 156-162
226 / LG17 / LYC0066 / type II / (AG)10 (GT)10 T (TG)5 / TTACATGGGCAGCCTGAG / ATGACGCAGCAGAATGG / 56 / 104-120
227 / LG18 / LYC0218 / type II / (AC)8 / AGCGATTGCTAACAGATC / GTTTGTAGCATCAGACCC / 55 / 218-224
228 / LG18 / LYC0213 / type II / (CTGT)6 / GCTTCAACAGCGACCTGC / GGAGACCCGTTGGTGAAT / 55 / 112-134
229 / LG18 / LYC0430 / type I / (A)16 / CCTTGAAATACATGTGAGATTTTC / GATGTTCACGTTGAAATGCG / 60 / 212-220
230 / LG18 / LYC0222 / type II / (CA)19 / GCCATCTATCATACAGCC / CGTAAGACCGCAGGACAC / 55 / 225-245
231 / LG18 / LYC0440 / type I / (A)15 / TGGTCCAATCGATTTTCCTT / TTCAGACATAACAGAGCCCG / 55 / 158-176
232 / LG18 / LYC0473 / type I / (A)11…(T)10 / TGAACTAGCGTTGCAGCATT / AGAACGTGATCTCCTCGGAA / 55 / 162-156
233 / LG19 / LYC0163 / type II / (CA)11 / TCCAAAGTGCTGTAAGGGTA / AGGCAGGAATCAATCTCG / 55 / 220-240
234 / LG19 / LYC0081 / type II / (TG)14(TG)12 / AATGACGGGAAGTTTGTTT / CTGGACCACAGCTCACAA / 53 / 142-164
235 / LG19 / HD85 / type II / (CA)14 / AATGTTCACTGCGATGACTCC / TCCTCCATGTGCAGTTACCA / 55 / 150-196 / Chang et al.(2008)
236 / LG19 / LYC0073 / type II / (GT)10 / TAAACAACCCAAACTCTGT / ACGATGTTGCCAATCTGT / 53 / 228-246
237 / LG20 / LYC0205 / type II / (TGG)5…(TGG)5 / TCCACCCTCAGTCTTCAC / CTGGGAAAGGTAGTCAAA / 55 / 160-188
238 / LG20 / LYC0207 / type II / (TGG)5…(TGG)5 / TCCACCCTCAGTCTTCAC / CTGGGAAAGGTAGTCAAA / 55 / 168-193
239 / LG20 / LYC0431 / type I / (CAC)8 / GGCAACCACCACAACTAAGTC / CGACCCACATTTCCAGTCTT / 60 / 227-237
240 / LG20 / LYC0444 / type I / (GT)8 / CGGTTCTGGTTCTGGTTGAT / GAACCCTGAAGGGAAACACA / 60 / 130-150
241 / LG20 / HD185 / type II / (CTGT)10 / CTGACTCTGAACGCTTGG / TTCTGTGGTCGTCGTCTT / 55 / 142-152 / Chang et al.(2008)
242 / LG20 / LYC0198 / type II / (TC)10 / GTCAAACACCGACCTCAC / GCAGAGCCAACAGGAAGT / 57 / 142-144
243 / LG20 / LYC0423 / type I / (AC)14 / AGCCTGAATGAAAACATCCG / CAGCATGGTGATTGTCCAAG / 60 / 280-310
244 / LG20 / LYC0123 / type II / (GT)10 / TGCTTGACCGTTCTATCT / TAAGATTGGATGGCTGGT / 51 / 105-113
245 / LG20 / LYC0507 / type I / (T)11 / GACAGCAGAGCCGAAAAGAG / AGCAACAGATTCCCATTTCA / 55 / 102-107
246 / LG20 / LYC0188 / type II / (GT)17…(GCT)5 / GCAGGGAGACTTGGACTT / TGTTGGAGGATGGAGTTG / TD55-50 / 166-174
247 / LG20 / LYC0199 / type II / (CA)16 / GGACTTCCTGTTGGCTCTG / AACCACGGTCGGGAAATA / 58 / 250-285
248 / LG20 / LYC0159 / type II / (GT)12 / AAAGCAGCCTCAGATAAA / TGAACCGACTGAAGATGA / 53 / 139-169
249 / LG20 / HD137 / type II / (AC)23 / TCAAGTTTCCCTGTAGTC / AACAAGACGCTGATTTTC / 55 / 122-140 / Chang et al.(2008)
250 / LG20 / LYC0161 / type II / (TG)7 / GCAAGCTCCCATGCAATT / CCGTATCCAGCGGTAGTT / 55 / 165-201
251 / LG20 / LYC0413 / type I / (TG)9 / TAAGGCACTATGATGAGC / AGTTGTGGTCCACTTATT / 51 / 134-142 / Ye et al. (2010)
252 / LG20 / LYC0443 / type I / (A)10 / GTCATGGGAACTCGTGTCCT / CGATCAGCACACTCAAGCTG / 60 / 132-138
253 / LG20 / LYC0461 / type I / (A)17 / AGCACCATGGGAGAGAAATG / ACTGTCATGTTGATTGGGCA / 53 / 170-180
254 / LG20 / LYC0148 / type II / (TG)20(GT)9 / GGGGCTGAACTAACAAAT / GTGACAAACGCACAAGAA / 51 / 196-225
255 / LG20 / HD107 / type II / (CA)12 / ATTCTTCTGCCCCTCCAAAT / ACTCCCCTGATGCGTCTCTA / 55 / 230-260 / Chang et al.(2008)
256 / LG20 / LYC0227 / type II / (TG)40 / AGATTGGCACTGTCTGTC / CTGAAGTCTAATAGGGAAAC / 55 / 156-188
257 / LG20 / LYC0154 / type II / (GT)22 / GGGCACAACAATAAGCAG / ACAGCAGCCTCACCTCTA / 55 / 145-162
258 / LG21 / LYC0138 / type II / (AC)29 / GCTGAGTGACGGGTAATA / CTCAACGCAGCACTTTAC / 55 / 160-200
259 / LG21 / LYC0040 / type II / (GT)15 / AACAGGTAGAGTCGGATTT / GTAGCCAGTCAGGGAGA / 55 / 280-300
260 / LG21 / LYC0126 / type II / ( TG )14 / GGGTCCACTGGAGTCTGT / ACAGAGTGGGTGCTTTCA / 55 / 199-223
261 / LG21 / LYC0171 / type II / (CA)6 / AGCAGGAAGGATTTGACC / TTATGAGTCACGCCGAAT / 53 / 320-372
262 / LG21 / LYC0044 / type II / (AC)13 / GCTTTCTTGACAACACC / TGCTCACCTTCGTCTGT / 51 / 320-370
263 / LG21 / LYC0438 / type I / (A)12 / CAACTGACGTGGTCTTGACG / AGAGTCTGTCCGTGCTCAAA / TD65-60 / 164-172
264 / LG21 / LYC0479 / type I / (GT)6 / TTTTCATTGTCTGTGGCAGG / TGACTGCTGTTTGCCAGTTC / 55 / 200-205
265 / LG21 / LYC0465 / type I / (AAAAC)5 / GGGTGAACGGCACTGTATCT / AGGAGCAGTGTGATCCGAGT / 60 / 250-254
266 / LG21 / LYC0191a / type II / (AGAC)8…(CAGA)5… ( CAGA )7 / TGAGCGATGGACTGGACT / GTACAACACTGAAATAACCCT / 53 / 174-178
267 / LG22 / LYC0189 / type II / (AGAC)5…(CAGA)5 / AGCGATGGACTGGATTGG / GTACAACACTGAAATAACCCT / 53 / 118-172
268 / LG22 / LYC0191b / type II / (AGAC)8…(CAGA)5… ( CAGA )7 / TGAGCGATGGACTGGACT / GTACAACACTGAAATAACCCT / 53 / 118-134
269 / LG22 / LYC0190 / type II / (GT)17…(GT)23 / ACAGGGTTATTTCAGTGTTG / CGGCTTCGGTGTTCTTCC / 53 / 306-350
270 / LG22 / LYC0240 / type II / (CA)21 / AGCGATACGAATGGAAAC / CTCGTCCACATTTACATTTC / 53 / 164-200
271 / LG22 / LYC0231 / type II / (CA)11 / GGCGAGATGGAAATGAAA / TCACTTGTCTGCCTGCTT / 55 / 154-168
272 / LG22 / LYC0437 / type I / (A)11 / TTGAGGGTTTCCATGAATGC / AATCCAGGCGTCCTTATTCA / 55 / 139-141
273 / LG22 / LYC0236 / type II / (GT)9 / TTTCCGAGGATAACTAAG / CAGCCAAATCAATAGAGC / 53 / 179-191
274 / LG23 / LYC0494* / type I / (CAG)5 / GACTTTCAATGGGAGCCAAA / GCCCTTTTGACATCACTGGT / 55 / 153-159
275 / LG23 / LYC0065* / type II / (AC)11ATA(AC)5 / GCCGCTTCATCTTCACCC / GGGCTCAGGGATAATGTA / 58 / 160-170
276 / LG23 / LYC0439 / type I / (A)11 / ACCCAGGTGATTATAGGGGG / CAGCTCAGGTAAAGGAGGCA / 60 / 130-137
277 / LG23 / LYC0017* / type II / (TG)7 / CTACCAAGGCCAACCATCG / GAGCACACTATAACAGAAAGC / TD60-50 / 142-146
278 / LG23 / LYC0463 / type I / (A)12 / GTGCCCTCAAATGCATAGGT / TACCTTGGAACGCTTTGGTT / 55 / 126-121
279 / LG23 / LYC0483 / type I / (A)14 / GTCACATCCGGCGTTTAAGT / CAGGTTTGAGGTGTGCAATG / 60 / 266-270
280 / LG23 / LYC0421 / type I / (AC)8 / TCAGACAGCTTCTGGTCACG / CAGTCCTGCCCTTAAACCAA / 60 / 120-130
281 / LG23 / LYC0170b / type II / (CA)13 / CAGTTTATTTTGAGGCAGTC / TTATTTTCAGCGGTGGAT / 53 / 104-106
282 / LG23 / LYC0131 / type II / (CA)35…(AC)6 / GGGAAGGTCAGGTAGAAA / AGTATCCAGCAGCGAGTT / 60 / 189-228
283 / LG23 / LYC0175 / type II / (TC)6 / GTCAGTAGGCTGAAACAA / TTATCTACACGGAGGAAC / 53 / 150-162
284 / LG23 / LYC0447 / type I / (AAGG)6 / GGAATGAACGGGCTGTTTTA / CACTGTTAACCCATCCCCAC / 55 / 122-130
285 / LG23 / LYC0226 / type II / (CA)20 / ATGTCCAGGAGACTAACCA / CAGAGCGCAGTAAGAAGAT / 60 / 148-190
286 / LG23 / LYC0170a / type II / (CA)13 / CAGTTTATTTTGAGGCAGTC / TTATTTTCAGCGGTGGAT / 53 / 76-89
287 / LG24 / HD186 / type II / (AC)35 / AGACACTCCGAGCAATAC / GACTAAATGCCTCCAGAT / 55 / 270-310 / Chang et al.(2008)
288 / LG24 / LYC0086 / type II / (CA)16 / TATGCCCACTCCAAGATG / GAGCGAGGACAGAACAGC / 60 / 258-278
289 / LG24 / KPC98 / type II / (TG)16 / ATCAGAGGAACAGACCCATC / GCAGCAGAACAAAGTCAAAG / 60 / 204-230 / An et al. (2005)

Note: * Segregation ratios departed from the Mendelian expectation at P<0.05